Light sources - Import export

With strengths of technical accumulation on 3D vision technology in more than a decade, SHINING 3D is now introducing its new developed handheld 3D scanner, EinScan H. Based on hybrid structure light technology of LED and invisible infrared light, EinScan H is making human face scanning more comfortable without strong light. With a builtin color camera and large field of view, EinScan H provides high quality 3D data with full color readytouse in minutes.Hybrid structure light source technology integrating LED structured light and invisible infrared light into one device and adding advanced smart presetting in different scan modes allows 3D scanning in a broad range of applications and promotes the popularization of portable 3D scanning technology.

Based on years of 3D measurement experience and market demand, SHINING 3D innovatively integrates blue LED light and blue laser into EinScan HX handheld 3D scanner. The hybrid laser and LED light sources make EinScan HX compatible with a wider range of object sizes, meeting multiple needs of users. High efficiency and reliable result give EinScan HX more application possibilities.

The high-performance UV LED Solo P combines a compact, variable, and economic point light source for manual bonds in an ergonomic design. The UV LED Solo P requires no external control and can be operated directly with a mains power adapter. As all UV LEDs the Solo P is quickly switchable. WAVELENGTH, BEAM PROFILE, AND OPTIC The wavelengths of 365, 385, 395, 405, and 450 nm are available for different applications. In addition, several beam profiles with interchangeable optics are available. The UV radiation of high-power LED is focused in the desired working distance. The high irradiance of 24,000 mW/cm ² allows for short processing times. APPLICATIONS OF HIGH-POWER UV-LED SOLO P UV curing and bonding and UV sealing Micro curing Irradiation of biological samples Hairline or leak detection using fluorescence markers

All endoscopes can be equipped with extensive accessories. Different light sources provide stationary or mobile illumination of the inspection objects. Cameras allow the output ot video signals during the application of rigid and flexible endoscopes with eyepieces. When it comes to visualisation, special monitor support. Many different adapter allow enlarging the field of applications.

A high-power and bright light source is one of the most important things you should consider before going on a trip or camping. There are various types of work lights in the market, like spotlights, foldable working lights, flashlights, headlamps, and lanterns. Lantern spotlights are handy, lightweight, and high-quality light sources for hikers, bikers, hitchhikers, and campers to survive the darkness of night inside the tent or outside. Ronix RH-4276 is a Camping Lantern that provides enough light for dark hours. Its brightness is adjustable and designed to illuminate the house, outdoor areas, car repair, and camping. This professional vintage lantern is equipped with a high-quality 6W power, which produces 350lm of brightness. It is equipped with 4* LED filament + 16* SMD LEDs with an illumination range of 15 meters. The tool’s plastic & metal body makes it lightweight and, at the same time, high-resistance and easier to move.

Working light is a portable tool used in dimly lit or no-lighted places. In such situations, daylight activities are impossible, and no permanent light source exists. Ronix RH-4274 rechargeable work light is foldable and takes up little space. The magnetic base of this product sticks on metal surfaces; Its brightness is adjustable and designed for home, outdoor, car repair, camping, and working on electronic devices. This professional LED work light is equipped with high-quality 5w cob led, which produces 400lm of brightness. With an illumination range of 20 meters, its lamp head can be folded by 360° and rotated by 270°. The plastic body of this tool makes it lightweight and, at the same time, high-resistance and easier to move. Keep reading the product description to learn more about the Ronix RH-4274 magnetic foldable and rotatable work light.

A powerful and bright headlamp would be very helpful for nighttime outdoor activities like walking, climbing, cycling, trekking, backpacking, camping, repairing electronics, and even just attempting to find anything in a dimly lit area, especially if the headlamp is rechargeable and has a motion sensor. Ronix RH-4287 is a high-performance rechargeable light source that may be used for your demands and activities. A double-switch design ensures convenient modes transition from high/medium/low light to strobe and red led. It is a high-quality, portable, and commonly used headlamp. Its housing is made of sturdy ABS plastic for a lightweight and practical design. With motion sensor technology, this headlamp can detect movement in a specific area and react by turning on or off an LED when it is found. It employs premium LEDs with a brightness of 280 lumens and a 7000–8000 Kelvin color temperature.

If you are busy packing your traveling bag before going on a fascinating trip, you should never forget to put on a headlamp! A powerful and bright headlamp would be very helpful for nighttime outdoor activities like running, climbing, cycling, trekking, backpacking, and camping, especially if the headlamp is rechargeable and has a motion sensor. Ronix RH-4289 is a high-performance rechargeable light source that may be used for your demands and activities. A double-switch design ensures convenient modes transition from high/medium/low light to strobe and red led. It is a high-quality, portable, and commonly used headlamp. Its housing is made of durable ABS+SILICONE for a lightweight and practical design

The Trotec PC200 Particle Counter features 6 measuring channels (0.3, 0.5, 1.0, 2.5, 5.0 and 10.0 μm) with three counting modes (concentration, cumulative and differential) and counting efficiency of 50% at 0.3 μm and 100% for particles beyond 0.45 μm. The internal pump allows flow rate of 2.83 l/min (0.1 ft³/min) and the zero count is < 1 particles / 5 min with a coincidence loss of 5%, 2 million particles per ft³ (28.3 liters). The Laser class 3B with wave length of 780 nm and 90 mW is used as a light source while isokinetic probes serve as sample inlet. The device can be used to easily acquire readings on air temperature, humidity, dew point temperature and wet-bulb temperature.

The handheld UV lamps are high-powered UV radiation sources for UV-A and UV-C radiation. They enable the sensitive detection of luminescent substances through their high irradiance. The handheld UV lamps are available in three versions. UV-A and UV-C lamps are equipped with two UV lamps to obtain a very high intensity of irradiation on the sample. The UV-A/C handheld lamp allows the simultaneous or separate application of UV-A and UV-C radiation with the same device. All handheld UV lamps are mains operated and have VIS filters, which effectively filter the visible light from the tubes. Thus, even weak luminescence in the sample can be optimally detected. We recommend our additional stand to create a table lamp and have both hands free for testing. HIGHLIGHTS OF UV HAND-HELD LAMPS High irradiance of ~ 500 µW/cm² in a distance of 10 cm Filters for visible light from the tubes Weak luminescence can be detected Long lifetime Optional: Switchable UVA and UVC emission

The HP-120i is a high-intensity short arc light source for quick UV spot curing within seconds. As a microprocessor controlled spotlight source with light guide, HP-120i is a reliable and economical „cold“ light source for irradiation with high-intensity UV-A radiation and blue light. The heat transfer in the material is minimized due to the absence of ineffective red and near-infrared radiation. The spotlight source uses fiber-optic cables in various configurations for flexible irradiation of one to four points. Depending on the light guide, UV-A irradiances of up to 15,000 mW/cm² can be achieved. The exposure time can be set through a digital timer with a resolution of 0.1 s. The shutter can also be switched by a foot switch or via a PLC system controller by an external contact. The typical lamp life is 2,000 hours. To achieve uniform irradiation, the lamp power is stabilized.

We offer LED technologies for existing applications. With our modular concept, combined with our calibration laboratory and in-house production we offer decisive development advantages. POSSIBLE REASONS FOR CUSOMIZED UV-LED: The system already exists. Standard products can’t be installed due to limited space. Irradiation from one direction is not sufficient The determination of irradiation wavelength has not yet taken place You are looking for a competent and independent partner YOUR ADVANTAGES WITH OPSYTEC UV-LED CUSTOMIZED SOLUTION: Development and production from a single source Ideal for small batches, tests and prototypes Wavelength 275 nm, 365 nm, 385 nm, 395 nm and 405 nm available Further wavelengths are possible Suitable sensor? We offer customer-specific solutions, too Reliable results through our own calibration laboratory Special solutions are beneficial - even for small quantities. Ask us!

The very high irradiances of up to 39,000 mW/cm² and the compact dimensions characterize the UV-LED Spots and allow extremely short process times. For this purpose, the UV-LED is focused at the desired working distance. The UV-LED Spot P is suitable for automated and manual bonding. For applications such as bonding, potting or fluorescence excitation, the wavelengths 365, 385, 395, 405 and 450 nm are available. With the variety of wavelengths as well as the exchangeable optics, you remain particularly flexible and can upgrade and change over at any time. For controlling the UV-LED Spot P, we offer the LedControl S as a table top device or the LedControl DC for DIN rail mounting. With the LedControl S and DC UV LED controllers, the ultraviolet LED output can be set between 2% and 100%.

High UV irradiance combined with a uniform irradiated area is the key feature of the surface LED series SFL-UV. The SFL-UV modules are water-cooled high-power UV LED sources with an intelligent LED driver. The absence of ineffective infrared radiation reduces the heat compared to conventional UV lamps. Three standard sizes are available with light-emitting areas of 100 x 100 mm to 200 x 200 mm. Customized sizes are available on request. Independent of size, we offer two versions. The HO versions reach high irradiance of up to 5500 mW/cm², while the ECO versions still offer up to 2000 mW/cm². Both irradiances are measured at a distance of 10 mm to the emitting window. The high irradiance allows extremely short processing times. Wavelengths of 365, 385, 395, 405, and 450 nm are available for many different applications.

With the UV LED series L, we combine the benefits of the UV LEDS compared to the UV lamps; these are initial start, dimmability, long service life and a lower heat input with an economical UV LED system. Irradiances of up to 5,5 W/cm² are reached on the surface. The high irradiance enables short processing times. For different applications, wavelengths of 365nm, 385 nm, 395 nm, 405 nm, and 450 nm are available. That way, the UV LED series L can be optimal customized for the requirements of the photoinitiator. All wavelengths are available in five differently sized illumination areas from 10 x 100 mm, and 30 x 30 mm up to 200 x 100 mm. Customized versions are available too.

In order to design machines safely and to meet the requirements of the Machinery Directive 2006/42/EC, safety functions are required in the control systems. Typically, the required Performance Level PLr is determined for each safety function. This is where the first difficulty begins during the planning and commissioning of UV systems, namely determining the severity of the injury, the frequency and duration of exposure, and how to avoid the uv hazard. In the short term, UV exposure of the skin leads to erythema, elastosis and/or skin cancer. In contrast, UV exposure of the eye can lead to photokeratitis, conjunctivitis and cataractogenesis. If e.g. skin cancer is considered, it is a severe, usually irreversible injury. In this context, Directive 2006/25/EC „Artificial Optical Radiation“ allows regular exposure up to a daily exposure limit of 30 J/m².

The use of ultraviolet-curing adhesives and compounds is constantly increasing. With the LedControl S UV LED controller, you remain flexible for future requirements. Due to the modular design, one UV LED lamp, up to five or even up to 16 UV LED lamps with different wavelengths can be operated and individually adjusted with one LEDControl S. For applications such as bonding, potting or fluorescence excitation, the wavelengths 365, 385, 395, 405 and 450 nm are available. With the variety of wavelengths, you remain particularly flexible and can upgrade and change over at any time. With several UV LED lamps, the irradiation can also be ideally homogenized to achieve the best possible uniformity. With the intelligent UV LED control, the power of the ultraviolet LED lamps can be individually adjusted between 2% and 100%. A timer for irradiation times between 0.01 s and 9999 s is already integrated.

The modular concept provides flexible customized configurations. telecentric optical system easily exchangable objektives or turret (optional with Differential Interference Contrast - DIC) measuring stage with quick and fine-adjustment or motorized axes smooth-running coaxial coarse and fine focus drive stable steel cast stand stepless coaxial incident and transimitted light with glas fiber and cold light source high resolution digital video camera

The UVpad E combines the benefits of the spectral measuring technology with a handheld and easy to operate radiometer. The UVpad E is technically based on our successful radiometer UVpad. With the external sensor and an optimized programming, it is even more precise and easier to operate. Use the spectroradiometer UVpad E for an accurate measurement of the UV irradiance and for comparisons of different UV lamps and UV LEDs. 512 photodiodes measure the spectrum in the wavelength range of 240 – 480 nm. The categorization in UVA, UVB and UVC is taken according to international standards and traceable. The calibration to only one light source is omitted.

Luminance standards and radiance standards are used in photometry and radiometry, in particular for the calibration and characterization of cameras and optical measuring devices. Another application is the determination of reflection, transmission and absorption properties of materials. Luminance and radiance standards are homogeneous light sources that have a uniform brightness over their entire emitting surface and emit almost perfectly lambent and uniformly in all directions. The mode of operation is based on the principle of the integrating sphere. The integrating sphere consists of a hollow, spherical structure with a highly reflective inner surface. This surface is coated with a diffuse reflective coating of barium sulphate, which scatters almost 100% of the incident light. This property enables the sphere to distribute the light evenly in all directions and eliminate directional effects.

Due to the modular design, customer specific solutions can be realized in a short time. optical system with telecentric or infinite optical path exchangable objectives or turret (optional motorized) motorized measuring stage with 3-axis-joystick for fast and comfortable positioning flexible tube configuration using our component system solid granite base body, steel cover and chassis, portal design, passive or active anti-vibration system console with integrated measuring computer stepless trasmitted and coaxial incident illumination with glass fiber and cold light source high resolution digital video camera optional attachment of different optical sensors (e.g. triangulation laser, white light sensor)

High value and solid video measuring microscope with motorized axes, built with standard components from our component system. Due to the modular design, customer specific solutions can be realized in a short time. optical system with telecentric or infinite optical path exchangable objectives or turret (optional motorized) motorized measuring stage with 3-axis-joystick for fast and comfortable positioning flexible tube configuration using our component system stable cast steel stand stepless trasmitted and coaxial incident illumination with glass fiber and cold light source high resolution digital video camera optional attachment of different optical sensors (e.g. triangulation laser, white light sensor)

High value and solid video measuring microscope with motorized axes, built with standard components from our component system. Due to the modular design, customer specific solutions can be realized in a short time. optical system with telecentric or infinite optical path exchangable objectives or turret (optional motorized) motorized measuring stage with 3-axis-joystick for fast and comfortable positioning flexible tube configuration using our component system stable cast steel stand stepless trasmitted and coaxial incident illumination with glass fiber and cold light source high resolution digital video camera optional attachment of different optical sensors (e.g. triangulation laser, white light sensor)

The mains-driven panel meter RM-32 provides a continuous and precise measurement of irradiance with preamplified UV sensors. The integrated electronics produce a signal voltage that is transmitted to the radiometer, so that inferences are minimized. Different UV and visible spectral ranges, measuring ranges, and output signals can be selected to match the measurement task. The current irradiance is shown on a 3.5-digit digital display. The lamp state with respect to two threshold values is indicated by LEDs. Two relay contacts can be used for switching warning and failure signals. With its optional USB, RS232 or RS485 interface the RM-32 can be used to monitor ultraviolet (UV) irradiance. Control of light sources and irradiation systems Precise measurement of irradiances UV monitor for process control and documentation

The radiometer RM-12 is a precise, hand-held device for measuring irradiances and illuminances. Due to the sensor-integrated electronics, different sensors for UV and visible spectral ranges can be measured with the respective sensors. Sensors evaluating biological effects of irradiation are also available. The integrated diffuser serves to provide the cosine correction that is necessary with non-perpendicular irradiation. The sensors are calibrated with traceability to the PTB; after being calibrated, they are supplied with a factory calibration certificate. Repair and spare parts service is, of course, available for many years. The sensors can be supplied with different measuring ranges. APPLICATIONS: Measurement of UV lamps, UV LEDs, and light sources Controll of UV irradiation Measurement of job security due to artificial optical radiation Photometric measurements

The BS-02+ is a compact irradiation chamber for performing photostability tests according to ICH Q1B and VICH GL5 for medical products and active pharmaceutical ingredients. Irradiation is performed with UVA radiation and visible light according to option 2 of the ICH Q1B guideline. With a footprint of 46 x 32 cm and a height of up to 20 cm, the irradiation chamber provides space for samples. The sample chamber temperature during operation is approx. 25 °C, so that thermal damage to the samples is avoided. Due to the high homogeneity of the irradiation, the specimens can be positioned as desired. In accordance with the ICH Q1B guideline, modern LED light sources with a „Cool White“ emission (ISO 10977) and UVA fluorescent lamps are used. The UVA fluorescent lamps emit a maximum between 350nm and 370nm.

Light source for use with the UM series modular construction integrating spheres. Features: Internal source for LH-F series halogen lamps up to 100W.

A homogenous light source for camera calibration and pixel uniformity check has been designed. The product is based on a integrated sphere type ISS-19P with a large dynamic range and inhomogeneity smaller +/- 0.25 %.